The Realman Robotics RMC-BA is a compound robot that integrates an autonomous mobile chassis and a robotic arm on a single platform, so one system can both transport materials and carry out task-specific operations that would otherwise require dedicated non-standard automation equipment. The arm can be fitted with automated grippers, machine vision systems, intelligent screwdrivers, and other execution units — with a dexterous-hand option listed in Realman's component ecosystem — making the platform reconfigurable as production needs change. Standing 1355 mm tall and weighing around 53 kg, the RMC-BA travels at 1 m/s with ±5 cm positioning accuracy, and its safety functions include laser scanning obstacle avoidance, visual obstacle avoidance, and force sensors.

Realman positions the RMC-BA for intelligent manufacturing and flexible production support, where factories want to reconfigure workcells quickly instead of dedicating a fixed robot to every station. Typical workflows include delivering bins or parts to stations, unloading completed items from fixtures, picking and handoff between zones, and mobile tool deployment such as bringing an intelligent screwdriver to multiple points in a facility. The eight-wheel chassis combines differential drive, active suspension, and twin 250 W hub servo motors with LiDAR navigation, while onboard computing is handled by an NVIDIA Carmel ARM CPU and NVIDIA Volta GPU (384 CUDA cores, 48 Tensor cores) with 8 GB LPDDR4x memory and a 128 GB SSD.